Tuesday, March 17, 2026

Military Space: The missile defense 'dome' race


Plus: Defense acquisition reform wins cautious support
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03/17/2026

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By Sandra Erwin


Welcome to this week's edition of SpaceNews' Military Space, your source for the latest developments at the intersection of space and national security. In this week's edition: Space Force's growing role in military operations; "commercial first" defense buying gains traction but questions remain; the missile defense race heats up


If someone forwarded you this edition, sign up to receive it in your inbox every Tuesday. We welcome your feedback and suggestions. You can hit reply or DM me on Signal @SandraErwin.43.

Gen. Stephen Whiting, U.S. Space Command commander, participated in the 2026 Raisina Dialogue, India's premier conference on geopolitics and geo-economics, held in New Delhi from March 5-7. In this image of the Swaminarayan Akshardham temple, Whiting is seen with U.S. Ambassador to India Sergio Gor, U.S. Deputy Secretary of State Christopher Landau, and two monks. Credit: U.S. Space Command

CENTCOM: 'Space superiority' key in military operations


Senior U.S. military officials leading the campaign against Iran are underscoring the role of space capabilities in the conflict, which began with U.S. and Israeli strikes on Iranian military targets Feb. 28 and has since expanded into a broader regional confrontation involving missile attacks, proxy forces and disruptions to shipping in the Persian Gulf.


Adm. Bradley Cooper, commander of U.S. Central Command, said space units continue to play a role in operations in the region, describing "space superiority" as an important "enabler" for joint forces.


The United States Space Force, Cooper said, is "degrading Iranian capability … and helping to protect American forces."


Officials have not discussed these activities in detail. But Cooper's comments stand out because combatant commanders rarely speak publicly about the operational use of space capabilities in ongoing conflicts. His remarks — along with similar comments from Gen. Dan Caine, chairman of the Joint Chiefs of Staff — highlight how routinely space effects are now integrated into regional military campaigns.


That can include electronic warfare against satellite communications, missile warning support and space-based intelligence and targeting data used by forces operating in the region.


U.S. Space Forces-Central


The Space Force component assigned to CENTCOM, U.S. Space Forces-Central is responsible for planning and conducting space operations in the command's theater and for providing regional forces with services such as satellite communications, missile warning and GPS navigation.


CENTCOM is the Pentagon's regional combatant command responsible for directing U.S. military operations in the Middle East.


Space Forces-Central was established in December 2022 as the service moved to create dedicated space components aligned with the Pentagon's geographic combatant commands.


The organization is headquartered at MacDill Air Force Base in Tampa, Florida, where CENTCOM is based, and is commanded by Brig. Gen. Todd Benson.


Col. Chris Putman, the unit's first commander, said the component currently has about 50 personnel in Tampa along with additional staff embedded with the U.S. Air Force's Combined Air Operations Center at Al Udeid Air Base in Qatar.


"When most people think of CENTCOM, they don't necessarily think of space," Putman said last week on the Mitchell Institute's Aerospace Advantage podcast. However, the "demand signal for space and knowledge of space operations has been deafening," Putman said.


Part of that demand comes from allied militaries operating alongside U.S. forces in the region. The Space Force has launched an education initiative known as "Space 100," designed to build allied expertise and integrate partner nations into U.S.-led space operations.


Putman said working with partners at CENTCOM illustrates the wide range of approaches countries are taking as they develop military space capabilities. Some allies are considering creating dedicated military space branches modeled on the U.S. Space Force. Others prefer placing military space work under civilian agencies or exploring commercially driven space organizations.


CENTCOM relies on commercial satellite data to support operations. One program the command uses is the Tactical Surveillance, Reconnaissance and Tracking program, or TacSRT.


Run jointly by the Space Force and U.S. Space Command's Joint Commercial Operations cell, TacSRT allows combatant commands to rapidly task commercial Earth-observation satellites and obtain imagery and analytics for operational planning.


Instead of relying solely on traditional intelligence pipelines, commanders can request imagery directly through the program to answer urgent operational questions. TacSRT teams combine data from multiple commercial satellite providers with geospatial analysis tools to produce products used for mission planning, targeting support or battle damage assessment.


In the Persian Gulf, for example, the imagery can help monitor activity around key shipping routes such as the Strait of Hormuz.


Putman said TacSRT "gives us a great opportunity to use space and get over the classification issue."


Defense acquisition reforms win cautious support


Executives from the defense and venture capital sectors offered a mixed report card on the Pentagon's push to overhaul acquisition — praising a shift toward commercial technology while warning that structural reforms still need to translate into real authority and predictable demand.


At last week's National Security Innovation Base Summit, speakers highlighted a new report from the Ronald Reagan Institute that said progress on defense modernization remains uneven despite pockets of disruptive changes. While acquisition reforms and renewed spending commitments have improved customer clarity, the report said, concerns persist about workforce capacity inside the government and whether proposed reforms will be effectively implemented.


One reform drawing cautious support is the Pentagon's move toward portfolio-based acquisition, which groups related systems into mission portfolios rather than managing each platform as a standalone program. The approach is intended to give leaders more flexibility to shift funding, adjust requirements and integrate commercial technologies faster across architectures such as missile warning and tactical communications.


Josh Wilson, chief executive of defense contractor LMI Solutions, said the model shows promise in large modernization efforts such as the Army's Next Generation Command and Control initiative, or NGC2. The program is intended to replace legacy command-and-control systems across the force with a more data-centric, open-architecture and software-driven model for command, control, communications and networked decision making.


In programs that large, Wilson said, contractors typically have to navigate three separate communities: requirements owners, acquisition officials and operational users. Under the NGC2 approach, those groups are working side by side.


"They're all there, in one place, having the same experience on how well this is working or not working, and it's very clear to see where the gaps are and where to engage," Wilson said.


Wilson said the portfolio-based structure is promising because "we're saying these folks own the outcomes ... But there's an ocean between saying that and giving them the authority and operationalizing that."


The defense market is behaving differently


"There's no question that this marketplace is feeling more commercial," Wilson said, commenting that winning contracts is increasingly about proving capability rather than relying on a long record of past defense work.


"It's less about white papers or how good we are at responding to RFPs," Wilson said. "There's a real shift to demonstrate ability, not years of experience."


That shift is forcing companies to rethink how they compete for Pentagon work, placing greater emphasis on research and development and less on traditional proposal writing and business development.


A commercially oriented contracting model, he said, "changes the cost structure, and it changes how you operate as a company." Wilson added: "I give this administration's emphasis on this huge kudos and credits for that, but it's changed the way you have to do business."


In this environment, he said, the traditional goal of locking in a long-term "program of record" may matter less than it once did. Program managers increasingly want vendors to understand that "you are replaceable," Wilson said.


Incumbents not guaranteed to win


"We had a cottage industry where people were awarded massive contracts because they had past performances that went back a decade, and they were really good at responding to RFPs. We have to challenge that."


Investors say the shift toward commercial technology is real, but the Pentagon still needs to provide clearer signals about demand.


Mike Brown, a venture investor and former director of the Defense Innovation Unit, said government adoption of commercial technology will inevitably involve failure — something venture capital firms already expect.


"From the venture capital standpoint, we go into our investment knowing that most companies will fail, so we don't expect the government should be buying everything that we're investing in, but we expect the government to be clear about what categories they need," Brown said.


For investors, he said, what matters most is visibility into which capabilities the Pentagon plans to scale.


Companies also need stronger demand signals through longer-term funding commitments.


The Defense Department has already begun awarding multiyear contracts for munitions to encourage industrial investment. Brown said similar approaches could accelerate commercial technology adoption across other parts of the defense market. "I'd love to see that expanded beyond munitions, so that people can see what the demand signal is for a longer period of time," he said.


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Europe's expanding missile-defense ambitions


Italian defense contractor Leonardo says Ukraine will become the first testing ground for its Michelangelo Dome system.


The company announced last week it plans to begin testing the Michelangelo Dome missile-defense system in Ukraine before the end of the year. The move comes as Europe's broader security environment, with rising defense spending and concerns about missile threats. Russia's use of missiles in Ukraine, and the proliferation of drones and hypersonic weapons have accelerated interest in missile defense.


Leonardo unveiled Michelangelo in November 2025 as an integrated, multi-domain structure spanning air, land, maritime and space. The system is designed as an interoperable and interconnected architecture combining platforms and sensors aimed at identifying and tracking risks and threats.


Conceptually, it resembles the idea of Israel's Iron Dome or other layered air-defense networks, but with a broader scope intended to cover large areas, infrastructure and potentially entire national territories.


New orbital sensors


CEO Roberto Cingolani said the next milestone in the project is the launch of Leonardo's Space Guardian remote sensing constellation over the next two years. The constellation is expected to become fully operational in 2029 and to begin integration with other tracking and early-warning constellations starting in 2030. It will feed data into Michelangelo and potentially other European defense systems.


The project is emerging within a broader wave of European initiatives aimed at strengthening air and missile defense capabilities. The European Commission announced in October 2025 plans for a European space shield, an integrated multi-layer air and missile defense architecture designed to be interoperable with NATO and expected to begin deployment in the second quarter of 2026. Thales Alenia Space has also entered the arena with SkyDefender, a multi-layer, multi-domain integrated air and missile defense system promising "full protection against all types of air threats, on land, at sea and in space."


Those efforts could theoretically complement one another — but coordination is far from settled. Cingolani confirmed there has been no dialogue or agreement between Leonardo and Thales regarding their respective dome initiatives, raising the possibility that Europe could end up with multiple overlapping architectures.


U.S. chasing the dome idea


The United States is pursuing its own Golden Dome initiative, envisioned as a comprehensive homeland missile defense architecture integrating multiple layers of sensors and interceptors.


The framing across these projects is similar: detect and intercept missiles at multiple stages of flight, potentially using space-based tracking and next-generation interceptors.


But the real challenge may be less about building a dome than stitching together the underlying technology. Across the various concepts now circulating in Europe and the United States, the hardest problem is integrating disparate sensors, command networks and interceptors into a coordinated defense system.


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